FIBER OPTIC CABLES ASTEL offers an innovative and wide range of Optical Fiber Cables from 4 Fiber to 144 Fibers for broadband networks. ASTEL offers variety of models from Uni-Tube construction, to Stranded Loose Tube FRP center construction and double jacketed cables to suit underground conduit and direct burial applications. ASTEL latest Models include Figure of 8 Cables - which can be conveniently installed for aerial installations. ASTEL Optical Fiber Cables are suitable for Forward Path, Return Path, and Enhanced Video Services such as Video on Demand applications. Models GJFJV GJFBV GYXFTY GYXTW GYFTS-6T GYXTC-8SS GYTC8S-XX GYFTY53 FTTH INDOOR/OUTDOOR GYXTC-8SS GJFJV
FIBER OPTIC CABLES GYFTC-8SS Outdoor Aerial GJFJV Multicore Tight Buffer FOC-BO-XX-YY Breakout Cable GYTC8S-24B1 Multitube Aerial GYXFTY Indoor/Outdoor FIBER OPTIC CABLES GYXTC-8SS Unitube Aerial GJYXFCH-2G657A2 FTTH Outdoor GYFTS Multitube Outdoor GJXFH-2G657A2 FTTH Indoor GYXTW Unitube Outdoor
INDOOR FIBER OPTIC CABLE Model: GJFJV 2/4/6/8/12/24/48 CORES Aramid yarn Tight Buffer Fiber Outer jacket Product Description: These are indoor cables with higher tensile strength and crush resistance. Fiber Count: 2~12. Applications: Used as pigtails for interconnection in high end communication equipments. Building Interconnections. PVC can be used along the wall, ceiling and between layers and in ducts. Jacket Options: YELLOW: Single mode fiber G652D Q/125. ORANGE: Multimode fiber OM1 62.5/125. AQUA: Multimode fiber OM3. AQUA: Multimode fiber OM4. OTHER COLORS: Available on Request. PVC Jacket - High Sheath PVC LSZH: Low Smoke Zero Halogen (LSOH) Model GJFJV(Y) GJFJV(Y) GJFJV(Y) GJFJV(Y) GJFJV(Y) GJFJV(Y) GJFJV(Y) Fiber Count OD 2 4 6 8 12 24 48 4.1+-0.2 4.8+-0.2 5.2+-0.2 6.2+-0.2 6.8+-0.3 8.4+-0.5 12.5+-0.5 Nominal Weight (kg/km) 15 18 23 29 37 61 121 Max. Tension N 270 270 330 480 600 720 1600 90 90 110 160 200 240 520 Max. Crush Resistance (N/100) Short-term Long-term Short-term Long-term Installation Static 1000 1000 1000 1000 1000 1000 1000 300 20D 300 300 300 300 300 300 Min. Bending Radius 20D 20D 20D 20D 20D 20D 10D 10D 10D 10D 10D 10D 10D
Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Packaging: Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 Standard length is 500m, 1km, other length can be customized. Packed in wooden dr or plywood dr. MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website. Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
Optical Fiber Cable Indoor Outdoor Model: GYXFTY PE Jacket Kevlar Fiber Jelly fulled tube Product Description: Glass yarn outdoor/indoor fiber optic cable. Jully filled tube. Central loose tube design. Outer jacket is HFFR/LSZH. Rip cord for easy strip. Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website.
Technical Characteristics Parameter Temperature range Nominal Weight Min.Bending Radius (mm) Min.Bending Radius (mm) Max.Tension Strength Storage Install Static Short-term C kg/km Specification Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
BREAKOUT FIBER OPTIC CABLE Model: FOC-BO-XX-YY Out sheath (can be any color) Kevlar yarn Inner sheath (blue,orange,green,brown) Kevlar yarn Tight buffer Strength Member (FRP) Product Description: These are indoor cables with higher tensile, strength and crush resistance. Single-cable with independent strength member. Fiber Count: 2~12. These cables have dual jacket for higher mechanical strength. Application: Indoor level and vertical laying. Ceiling laying surface laying etc. Connected to connectors of various models interconnect. Technical Parameters Cable Count Outer sheath Diameter (MM) Inner sheath Diameter (MM) Weight (KG) Minim allowable Tensile Strength (N) Short term Long term Minim allowable Crush Load N/100mm) Short term Long term Short term Minim Bending Radius (MM) Long term 04 7.5 2.0 47.00 1500 600 1000 300 20D 10D
Jacket options: Inner Jacket material: LSZH. Outer Jacket Material: LSZH with Rodent Protection. YELLOW: SMF G652D. ORANGE: OM1 62.5/125. AQUA: OM3. AQUA: OM4. Outer Jacket material: TPU with Anti Crush properties in black color only. Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted) 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website.
Bend Insensitive - Single Mode FTTH Cable Outdoor and Indoor Application (SMF-2C) Model: GJYXFCH-2G657A2 / GJXFH-2G657A2 Messenger Wire Strength Member (FRP) FRP Optical Fiber Optical Fiber LSZH Sheath LSZH Sheath GJYXFCH - OUTDOOR GJXFH - INDOOR Product Description: Optical Fiber The optical fiber is made of high pure silica and germani doped silica. UV curable acrylate material is applied over fiber cladding as optical fiber primary protective coating. The detail data of optical fiber performance are shown in the following table. The performance of cable single mode optical fiber (ITU-T Rec. G.657.A). Application: Indoor level and vertical laying. Ceiling laying, surface laying etc. Connected to connectors of various models interconnect. Item Fiber count Fiber type Strength Member material Strength Member diameter Outer Sheath material Messenger Wire Cable Size Radius Short Term Radius LongTerm Operation temperature range Installation temperature range Storage temperature range Max. tensile load Crush resistance Unit GJYXFCH-2G657A2 GJXFH-2G657A2 2 G.657A2 FRP mm Ф0.5mm x 2 pcs LSZH mm 1.0 mm 5.2±0.2 x 2.0±0.1 3.0±0.1 x 2.0±0.1 - - 20 Cable Diameter 10 Cable Diameter ºC -40 ~ +60-40 ~ +70 ºC ºC -20 ~ +50-50 ~ +70 N N 600 2000/10cm 1000/10cm
Fiber Characteristics Item Type of fiber Fiber material Fiber Transmission Characteristics Attenuation coefficient @1310 nm @ 1383 nm @ 1550 nm @ 1625 nm Macrobending loss 1550nm Macrobending loss(10cycle@ф30mm) 1625nm Macrobending loss(10cycle@ф30mm) 1550nm Macrobending loss(1cycle@ф20mm) 1625nm Macrobending loss(1cycle@ф20mm) Zero-dispersion wavelength Zero-dispersion slope Chromatic dispersion @ 1288 ~ 1339 @ 1271 ~ 1360 nm @ 1550 nm @ 1625 nm Fiber PMD (PMDQ,m=20,Q=0.01%) Fiber PMD link value Mode field diameter @ 1310 nm Fiber cut-off wavelength Cable cut-off wavelength Fiber geometry characteristics Cladding diameter Core / Cladding concentricity error Cladding non-circularity Primary coating diameter Cladding non-circularity Coating/Cladding concentricity error Fiber Mechanical Characteristics Fiber prooftest levels Fiber strip force peak value Fiber weibuil 15% strength Fiber weibuil 50% strength Fiber environmental characteristics Temperature dependence of attenuation at 1310nm and 1550nm between -60ºC and 85ºC Temperature hidity aging attenuation at 1310nm and 1550nm 85ºC and 85%RH Water immision attenuation at 1310nm and 1550nm(23ºC) Accelerated temperature aging attenuation at 1310 and 1550nm G657A2 Single mode Doped silica 0.35 db/km 0.31 db/km 0.21 db/km 0.24 db/km 0.20 db 0.28 db 0.75 db 1.5 db 1302 ~ 1322 nm 0.091 ps/(nm 2.km) 3.5 ps/(nm. km) 5.3 ps/(nm. km) 17.5 ps/(nm. km) 22 ps/(nm. km) 0.15 ps/km 1/2 0.08 ps/km 1/2 9.0 ± 0.4 1150~1330nm 1260 nm 125.0 ± 0.7 0.5 1.0% 244 ± 4 3.0% 10 1.02% 1.3~8.9N 3050 Mpa 4000 Mpa 0.03dB/km 0.03dB/km 0.03dB/km 0.03dB/km
Test Requirements Item Test Method Acceptance Requirements Tension Loading Test IEC 60794-1-2-E1 Crush Test IEC 60794-1-2-E3 Impact Test IEC 60794-1-E4 Repeated Bending IEC 60794-1-E6 Torsion/Twist Test IEC 60794-1-E7 Water Penetration IEC 60794-1-2-F5 Temperature Cycling IEC 60794-1-2-F1 Bending Test IEC 60794-1-2-E11B Sample lenght: No less than 50 meters Loading: 80N Duration time: 10 minutes Loading: 1000 N/100mm Load time: 5min Loading: 3 points at 3 places Loading: 1KG,1m Radius of hammer head: 12.5mm Sample length: 5m Duration time: 2 sec/cycle No of cycles: 5 cycles Point of Impact: 5 points Bending Radius.: 20 x cable diameter Load: 150N Flexing rate: 3sec/cycle No. of cycle: 30 Length: 2m Load: 150N Twist rate: 1min/cycle Twist angle: ±180 No. of cycle: 10 Height of water: 1m Sample length: 3 m Time: 24 hour Temperature step: +20ºC -40ºC +60ºC -40ºC +60ºC +20ºC Nber of cycle: 2 Time each step: 12 hours Bending Dia: 20 x cable diameter No. of cycle: 5 Loss change 0.1dB @1550nm Fiber strain at max. load: max.0.33% Loss change 0.1dB @1550 nm No fiber break and no sheath damage No water leakage at the end of the sample Loss change 0.1dB @1550nm No fiber break and no sheath damage Loss change 0.1dB @1550nm No fiber break and no sheath damage Packaging: ASTEL FTTH Cables are coiled on wooden dr. During transportation, cables should be protected from moisture; kept away from high temperature and fire sparks; protected from over bending and crushing; protected from mechanical stress and damage. Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
Uni-Tube Single Mode Model: GYXTW-XX GYXTW-XX Loose tube Optical fiber Filling gel Steel wire Filling Compound Steel tape PE sheath Structure Fiber count Loose tube Material Loose tube Diameter Strength Member Material Strength Member Material Increase Strength Material Increase Strength Diameter Steel Wire Outer Sheath Outer Sheath Cable diameter (nominal**) Cable Weight (Approx.) Bending Radius Dynamic Bending Radius Static Operation temperature range Installation temperature range Transport and storage temperature range Max. tensile load Crush resistance Unit Fibers Diameter Diameter Diameter Diameter Material Thickness (nominal*) mm Kg/km - - ºC ºC ºC N N GYXTW-XX 2 to 12 PBT Ф2.5mm GI Steel 2 * Ф0.8mm - - 2 * Ф0.8mm HDPE - 7.5 62 20D 10D -40 ~ +60-20 ~ +50-40 ~ +60 1000 1000/10cm Note 1: Tensile strength and crush resistance shall vary as per the cable diameters, steel rod diameter and thickness of sheath.
Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website.
Test Requirements Item Test Method Acceptance Requirements Tension Loading Test IEC 60794-1-2-E1 Crush Test IEC 60794-1-2-E3 Impact Test IEC 60794-1-E4 Repeated Bending IEC 60794-1-E6 Torsion/Twist Test IEC 60794-1-E7 Water Penetration IEC 60794-1-2-F5 Temperature Cycling IEC 60794-1-2-F1 Bending Test IEC 60794-1-2-E11B Drip Test IEC 60794-1-2-E14 Sample lenght: No less than 50 meters Loading: 1000N Duration time: 10 minutes Loading: 1000 N/100mm Load time: 5min Loading: 3 points at 3 places Loading: 1KG,1m Radius of hammer head: 12.5mm Sample length: 5m Duration time: 2 sec/cycle No of cycles: 5 cycles Points of impact: 5 points Bending Radius.: 20 x cable diameter Load: 150N Flexing rate: 3sec/cycle No. of cycle: 30 Length: 2m Load: 150N Twist rate: 1min/cycle Twist angle: ±180 No. of cycle: 10 Height of water: 1m Sample length: 3 m Time: 24 hour Temperature step: +20ºC -40ºC +60ºC -40ºC +60ºC +20ºC Nber of cycle: 2 Time each step: 12 hours Bending Dia: 20 x cable diameter No. of cycle: 5 Length: 0.3m Temperature: +70ºC Duration of Test: 24 hrs Loss change 0.1dB @1550nm Fiber strain at max. load: max.0.33% Loss change 0.1dB @1550 nm No fiber break and no sheath damage No water leakage at the end of the sample Loss change 0.1dB @1550nm No fiber break and no sheath damage No filling compound shall drip from tubes Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
Product Description: Outdoor, Multi Tube, Loose tube, S-Z Stranded Cable, with Steel Tape Armor Model: GYTS & GYFTS GYFTS (48-72 Fiber) (CSM-FRP) GYTS (48-72 Fiber) (CSM-Steel) 6 Tube Models Central Strength Member Water Blocking Gel Optical Fiber Loose Tube Water Blocking Gel Binding Tape Water Blocking Layer Polymer Coated Steel Tape HDPE Outer Sheath There are two models 5 Tube Model (for 12-60 Fibers) and 6 Tube Model (For 36 Fibers to 72 Fibers). We also have 8 Tube and 12 Tube Models upto 144 Fiber. Nber of Tubes means total nber of tubes and fillers. e.g. For a 5 tube model it can be 2 Tubes and 3 Fillers or 3 Tubes and 2 fillers. Total nber remains 5. The nber of tubes depends on the nber of fibers. The tubes are made of PBT Plastic material which has high capability to withstand wide temperature changes. The Tubes and all spaces between the tubes are filled with Moisture Resistance GEL to prevent longitudinal moisture ingress. The cable consists of Multi Loose Tubes stranded around the central Strength member (also called CSM). CSM can be FRP (for non metallic cable) and GI Steel rod. The non metal central strength member avoids voltage breakdown between CSM and Steel Tape caused by lightning induction. The tubes are bound by corrugated longitudinal steel tape armor which is bonded to outer PE Sheath. Steel Tape Armor ensures cable has high radial moisture resistance and improves the crush resistance. High quality HDPE provides good ultra violet radiation property. Product Applications: Good Temperature withstand capability. Good mechanical stress withstand capability. GYFTS model features good ability to shield from electromagnetism induced voltages or currents. Long distance CATV signal distribution. HFC networks. Suitable for duct use, aerial and underground application. Temperature range: -30ºC to +70ºC.
Model Fiber Count Tubes + Fillers Outer Dia Nominal Weight Tensile Load (N) Short Term (See Note 1) Long Term (See Note 1) Min Bending Radius Installation Static Max Crush Resistance Short Term (See Note 1) Long Term (See Note 1) Unit cm Kg/Km N N F<24 24<F<72 5 6 10.30 10.50~13.0 110 125~175 1500 600 20D 10D GYTS & GYFTS 1500~2000 600 20D 10D 72<F<144 12 13.1~16.00 175~260 N/100mm N/100mm 1000 300 1000 300 1000 300 Note 1: Tensile load varies according to outer diameter and outer sheath thickness by customer. It is possible to have higher tensile load by increasing outer diameter and outer sheath thickness. Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 2000 600 20D 10D MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website. Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
Single Mode Optical Fibre Cable with Dual Sheath (FRP Center, Glass Yarn, Dual Sheath, Steel Armor) For DirectBurial Application Model: GYFTY53-XX Loose Tube Optical Fiber Filling Gel FRP rod Filling Compound Inner sheath Steel tape Outer sheath Product Description: There are two models 5 Tube Model (for 12-60 Fibers) and 6 Tube Model (For 36 Fibers to 72 Fibers). WE also have 8 Tube and 12 Tube Models upto 144 Fiber. Nber of Tubes means total nber of tubes and fillers. e.g. For a 5 tube model it can be 2 Tubes and 3 Fillers or 3 Tubes and 2 fillers. Total nber remains 5. The nber of tubes depends on the nber of fibers. The tubes are made of PBT Plastic material which has high capability to withstand wide temperature changes. The Tubes and all spaces between the tubes are filled with Moisture Resistance GEL to prevent longitudinal moisture ingress. The cable consists of Multi Loose Tubes stranded around the central Strength member (also called CSM). CSM can be FRP (for non metallic cable) and GI Steel nod. The non metal central strength member avoids voltage breakdown between CSM and Steel Tape caused by lightning induction. The tubes are bound by corrugated longitudinal steel tape armor which is bonded to outer PE Sheath. Steel Tape Armor ensures cable has high radial moisture resistance and improves the crush resistance. High quality HDPE provides good ultra violet radiation property.
Cable Characteristics: Fiber Count Max. fiber count per tube Total unit count (LT + FR) I / O sheath thickness (nominal*) mm Overall diameter (nominal**) Weight (approx.) 48 8 6 LT 1.0 / 1.8 13.7 178 72 12 6 LT 1.0 / 1.8 14.3 194 96 12 8 LT 1.0 / 1.8 15.8 233 144 12 12 LT 1.0 / 1.8 18.8 321 mm kg/km Model Fiber Count Tubes + Fillers Outer Dia Nominal Weight Tensile Load (N) Short Term (See Note 1) Long Term (See Note 1) Min Bending Radius Installation Static Max Crush Resistance Short Term (See Note 1) Long Term (See Note 1) Unit cm Kg/Km N N N/100mm N/100mm F<24 24<F<72 5 6 10.30 10.50~13.0 110 125~175 1500 600 20D 10D 3000 2000 GYFTY53-XX 1500~2000 600 20D 10D 3000 2000 72<F<144 12 13.1~16.00 175~260 2000 600 20D 10D 3000 2000 Note 1: Tensile load varies according to outer diameter and outer sheath thickness by customer. It is possible to have higher tensile load by increasing outer diameter and outer sheath thickness.
Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website. Packing: Each single length of cable shall be reeled on Figated Wooden Dr suitable for long distance shipment. Covered by plastic buffer sheet. Sealed by strong wooden battens. At least 1 m of inside end of cable will be reserved for testing. Dr length. Standard dr length is 2000m±3%; Single length not less than 95% of standard length per dr shall be permitted for quantity not exceeding 10% of the total supply. Total quantity is at least the ordered quantity.
Mechanical Characteristics Item Test Method Acceptance Requirements Tensile Strength IEC 794-1-E1 Crush Test IEC 60794-1-E3 Impact Test IEC 60794-1-E4 Repeated Bending IEC 60794-1-E6 Torsion/ Twist Test IEC 60794-1-E7 Water Penetration IEC 60794-1-F5B Temperature Cycling IEC 60794-1-F1 Compound Flow/Drip Test IEC 60794-1-E14 Sheath High Voltage Test Load: 2, 000 N Length of cable under load: 50m Load time: 5 min. Load: 3, 000 N/100mm Load time: 1min Loading: 3 points at 3 places Points of impact: 5 No of times of per point: 5 Loading: 1kg/1m Radius of hammer head: 12.5mm Impact rate: 2sec/cycle Sample length: 5m Bending Dia.: 20 x OD Load: 250N Flexing rate: 3sec/cycle No. of cycle: 30 Length: 1m Load: 250N Twist rate: 1min/cycle Twist angle: ±90 No. of cycle: 10 Height of water: 1m Sample length: 3 m Time: 24 hour Temperature step: +20 C -40 C +60 C +20 C Time per each step: 24 hrs Nber of cycle: 2 Sample length: 30 cm Temp: 70 C ± 2 C Time: 24 hours On line test 9t KV (t-sheath thickness) No water shall have leaked from the opposite end of cable. No compound flow. No sheath breakdown. Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
Loose Tube with Steel Armor for Aerial Application Model: GYXTC-8SS Messenger Wire Web Loose Tube Optical Fiber Filling Gel Flooding Compound PSP PE Sheath Product Description: ASTEL cable possesses high tensile strength and flexibility in compact cable sizes. At the same time, it provides excellent optical transmission and physical performance. Parameter Fiber count Loose tube material Loose tube Diameter Fiber per Tube Messenger Material Messenger Diameter Outer Sheath Outer Sheath Cable diameter Cable High Bending Radius Dynamic Bending Radius Static Operation temperature range Installation temperature range Transport and storage temperature range Max. tensile load Crush resistance Unit Fibers Diameter Material Diameter Material Thickness mm mm - - ºC ºC ºC N N 8 8 GYXTC-8SS PBT Ф3.0mm Galvanized Steel Wire 1.0mm x 7 Piece HDPE 1.5mm 7.4 14.3 20 Cable Diameter 10 Cable Diameter -40 ~ +60-20 ~ +50-40 ~ +60 4000 1000/10cm 16 16
Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website.
Test Requirements Item Test Method Acceptance Requirements Tensile Strength IEC 60794-1-2-E1 Crush Test IEC 60794-1-2-E3 Impact Test IEC 60794-1-E4 Repeated Bending IEC 60794-1-E6 Torsion/ Twist Test IEC 60794-1-E7 Water Penetration IEC 60794-1-2-F5 Temperature Cycling IEC 60794-1-2-F1 Bending Test IEC 60794-1-2-E11B Drip Test IEC 60794-1-2-E14 Sample length: No less than 50 meters Loading: 4000N Duration time: 10 minutes Loading: 1000 N/100mm Load time: 5min Loading: 3 point at 3 places Loading: 1KG,1m Radius of hammer head: 12.5mm Sample length: 5m Duration time: 2 sec/cycle No of times per points: 5 Points of impact: 5 points Bending Radius.: 20 x cable diameter Load: 150N Flexing rate: 3sec/cycle No. of cycle: 30 Length: 2m Load: 150N Twist rate: 1min/cycle Twist angle: ±180 No. of cycle: 10 Height of water: 1m Sample length: 3 m Time: 24 hour Temperature step: +20ºC -40ºC +60ºC -40ºC +60ºC +20ºC Nber of cycle: 2 Time each step: 12 hours Bending Dia: 20 x cable diameter No. of cycle: 5 Length: 0.3m Temperature: +70ºC Duration of Test: 24 hrs Loss change 0.1dB @1550nm Loss change 0.1dB @1550 nm No fiber break and no sheath damage No water leakage at the end of the sample Loss change 0.1dB @1550nm No fiber break and no sheath damage No filling compound shall drip from tubes
Packing: Each single length of cable shall be reeled on Figated Wooden Dr suitable for long distance shipment. Covered by plastic buffer sheet. Sealed by strong wooden battens. At least 1 m of inside end of cable will be reserved for testing. Dr length. Standard dr length is 2000m±3%; Single length not less than 95% of standard length per dr shall be permitted for quantity not exceeding 10% of the total supply. Total quantity is at least the ordered quantity. Disclaimer 1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice. 2. All pictures are for illustrative purposes only. Actual product may be different in color and size that may appear in product specifications. 3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for any loss, directly or indirectly caused by any error in publishing. 4. E&OE (Errors and Omissions are excepted)
Uni-Tube Single Mode Model: GYTC8S-24B1 Meseenger Wire GYTC8S-24B1 Web Loose Tube Optical Fiber Filling Gel CSM- Steel Wire Flooding Compound Filler Rod Corrugated Steel Tape HDPE Sheath Structure Fiber count Loose tube Material Loose tube Diameter Strength Member Material Strength Member Material No of Tubes/Filter Strength Member Material Strength Member Diameter Steel Wire Outer Sheath Outer Sheath Cable diameter (nominal**) Cable Height Cable Weight (Approx.) Bending Radius Dynamic Bending Radius Static Operation temperature range Installation temperature range Transport and storage temperature range Max. tensile load Crush resistance Unit Fibers Diameter Diameter Diameter Diameter Material Thickness (nominal*) mm mm Kg/km - - ºC ºC ºC N N GYTC8S-24B1 24 PBT Ф1.7mm 6 Steel Wire 5(4LT+1FR) Galvanized Steel Wire Ф3.0mm (1.0mm x 7 Piece) HDPE 1.6mm 8.9 17.1 158 20 Cable Diameter 20D 10 Cable Diameter 10D -40 ~ +60-20 ~ +50-40 ~ +60 4000 1000/10cm
Fiber Characteristics: Parameter Attenuation (See Note 1) Dispersion Fiber diameter Effective Modal Bandwidth Zero dispersion wavelength Zero dispersion slope Fiber cutoff wavelength Mode field diameter Mode field concentricity Cladding diameter Cladding non-circularity Coating/cladding concentricity error Coating diameter Unit db/km 9/125 SMF-OS2 1310nm 0.35 1550nm 0.22 62.5/125 MMF-OM1 1300 nm 0.8 MMF-OM3 MMF-OM4 Ps/nm.km 1285~1330nm 3.5 1550nm 18.0 9/125 62.5/125 EMB 850 nm 200 850 nm 750 850 nm 2000 850 nm 4700 Nm Ps/nm.km % 1300~1324 0.095 1260 @1310nm-9.2±0.4 @1550nm-10.4±0.8 0.8 125±2.0 2.0 MMF-OM2 245±10 245±10 245±10 245±10 245±10 Note 1: Fiber attenuation for tight buffer cables is little higher than bare fibers. Note 2: For more detailed specification on Fiber Core Characteristics, please write to us at asteldigicom@eim.ae or visit fiber core manufacturer s website.
Test Requirements Item Test Method Acceptance Requirements Tensile Stregth IEC 60794-1-2-E1 Crush Test IEC 60794-1-2-E3 Impact Test IEC 60794-1-E4 Repeated Bending IEC 60794-1-E6 Torsion/ Twist Test IEC 60794-1-E7 Water Penetration IEC 60794-1-2-F5 Temperature Cycling IEC 60794-1-2-F1 Bending Test IEC 60794-1-2-E11B Drip Test IEC 60794-1-2-E14 Sample length: No less than 50 meters Loading: 1000N Duration time: 10 minutes Loading: 1000 N/100mm Load time: 5min Loading: 3 points at 3 places Loading: 1KG,1m Radius of hammer head: 12.5mm Sample length: 5m Duration time: 2 sec/cycle No of times per point: 5 Points of impact: 5 points Bending Radius.: 20 x cable diameter Load: 150N Flexing rate: 3sec/cycle No. of cycle: 30 Length: 2m Load: 150N Twist rate: 1min/cycle Twist angle: ±180 No. of cycle: 10 Height of water: 1m Sample length: 3 m Time: 24 hour Temperature step: +20ºC -40ºC +60ºC -40ºC +60ºC +20ºC Nber of cycle: 2 Time each step: 12 hours Bending Dia: 20 x cable diameter No. of cycle: 5 Length: 0.3m Temperature: +70ºC Duration of Test: 24 hrs Loss change 0.1dB @1550nm Loss change 0.1dB @1550 nm No fiber break and no sheath damage No water leakage at the end of the sample Loss change 0.1dB @1550nm No fiber break and no sheath damage No filling compound shall drip from tubes